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This approach allowed us to examine the fertility benefits of performing an additional mating, in an n+1 versus n mating design, where n is the mating frequency of females prior to the start of the experiment.
These ratios correspond to the relative penalty reductions yielded by the optimised mating design after starting from random matings.
First, a SA decreasing the number of forbidden matings retained in the current solution was run to obtain a completely allowed mating design (about 30 runs of N permutations).
Simulated populations resulted from a nested mating design (1 sire to 2 dams).
Fifteen selection cycles were considered, using a single pair mating design.
Eight parents were included in a diallel mating design in two years.
Thirty sires and 30 dams were mated by a partly factorial mating design.
The mating design was A×A, B×B, (AB or BA)×(AB or BA).
The mating scheme was designed as a 4 × 5 North Carolina II mating design.
This allowed them to be assigned to the individual breeders used in the mating design.
rufipogon F1 clone and cutting height trial, F2 family trial, and two O. sativa/stoloniferous-selection factorial mating design trials.
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